Geometric attributes like gloss can present color matching challenges based on the way light acts on the object and informs color perception. Image Source: Unsplash user David Straight
Color is one of the most important qualities of both industrial and consumer goods, and designers, researchers, and manufacturers put immeasurable thought into the ideal pigmentation of products across industries. However, color is only one factor in the determination of a product’s look; the final appearance of a product is the result of its chromatic qualities combined with the geometric attributes—or physical properties—that inform the specific way color is perceived by the viewer.1 Geometric attributes can be vital to the functionality of a product, as well as critical to giving a product its desirable aesthetic appearance. However, these physical qualities can also present challenges to color matching when components with different geometric qualities must appear to be the same color. Gloss is perhaps the most common geometric attribute that manufacturers must account for. It can pose significant problems for color matching, as differences in materials can produce drastically different visual results, even when two objects have identical pigmentation.
Evaluating high-gloss finishes spectrophotometrically requires choosing the right instrument and settings for your purposes, whether you are developing a color formula or seeking to match multiple finished components to ensure color harmony. Image Source: Flickr user felth